• CO2 Laser Cutting and Engraving in Montreal, Quebec

CO2 Laser Cutting Services

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  • CO₂ Laser Cutting and Engraving Service

Precision CO2 Laser Cutting and Engraving

CO2 laser cutting offers precision, versatility, and efficiency for a wide range of materials. It is ideal for acrylic, wood, leather, plastics. Businesses benefit from smooth edges, reduced waste, and cost-effective production, making it a reliable choice for industrial, creative, and signage applications.

CO₂ laser machines are particularly excel at producing high-precision technical components, small to medium-sized parts with complex patterns, and applications demanding consistent results, whether for geometric prototypes or repetitive production runs.

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  • ByCut Smart 3015 F3000
CO2 Laser Cutting

CO₂ Laser Cutting Machine - Laser Cutting Technology Made for Complex Cuts

The CO₂ laser machinery stands out for its ability to produce very clean cuts on thin materials, with excellent detail control even for intricate designs. It is often preferred when visual tolerances, complex and cleaner cuts, or detailed shapes are critical.

Thanks to precise beam management and cutting parameter control, this technology offers excellent repeatability while providing smooth edges and minimizing thermal distortion on sensitive parts.

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Materials Compatible With CO₂ Laser Cutter

CO₂ non-contact laser cutting is particularly efficient at cutting a wide range of materials, including:

  • Engraving
  • Acrylic & Plastics
  • Cardboard
  • Wood Thin Plywood

This process is commonly used in sectors such as signage, light industrial components, technical decorative parts,  and precision components for your business needs.

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CO2 Laser Cutting

CO₂ Cutting Quality, Precession

CO₂ laser cutting allows for tolerances that meet industrial requirements while offering excellent edge quality. Cuts are clean, consistent, and ready for the next steps in the process, such as CNC bending, welding, or assembly.

Each laser cutting project is analyzed to determine the most appropriate technology – CO2 laser or fiber laser – based on the material, thickness, geometry, and functional constraints of the part.

Nominal sheet size
3000 × 1500 mm
Maximum simultaneous positioning speed
140 m/min
Maximum workpiece weight
1162.5 kg
Laser Power
3-15kW
Material Thickness
4-15mm

Key Features of SLON Laser CO2 Laser Cutting Service

Our CO2 laser cutting service offers several technical advantages:

  • Precise cutting for thin and detailed parts
  • Laser technology idea for high edge quality
  • Reliability through proven and stable technology
  • Ideal for prototypes and small production runs
  • In-house integrated manufacturing process
  • Bilingual technical support
  • Consistent cutting speed and quality on complex shapes
  • Good stability for repetitive production runs
  • CompatibilCAD, DXF, PDF, EPS, AI, DWG, and standard technical formats
  • Seamless integration with gluing and assembly

CO₂ Laser Cutting: Questions and Answers

CO₂ laser cutting uses a laser beam generated by a gas mixture to cut with high precision. Unlike fiber laser cutting, it is particularly well-suited for fine cuts, detailed contours, and applications requiring excellent edge visual quality.

CO₂ laser cutting is ideal for thin to medium-thickness parts, complex shapes, detailed cuts, and projects where precise contours are paramount. It is commonly used for signage, lightweight technical components, decorative metal parts, and certain industrial prototypes.

CO2 lasers can cut different materials and is primarily used for acrylic, certain plastics, cardboard, thin plywood, and thin and non-reflective metal sheets. It offers stable and consistent cutting on these materials, especially when the thickness is small and the quality of the finish is essential.

Yes. We provide CO₂ laser engraving services, ideal for adding precise markings, logos, text, or intricate designs on metals, plastics, wood, and other compatible materials. This service ensures high-quality, accurate results for both prototypes and production runs.

CO2 laser cutting allows for tolerances suitable for industrial applications, with excellent edge sharpness and high repeatability. Accuracy depends on the material, its thickness, and the geometry of the part, but it is perfectly compatible with bending and assembly operations.

Yes. CO₂ laser cutting is particularly well-suited to prototypes and small production runs. This allows for fast turnaround times, great design flexibility, and cost optimization for low-volume production.

The most commonly used file formats are CAD, DXF, PDF, EPS, AI, and DWG, which allow for precise cutting that conforms to specifications.